Everything's formless. It's all about the feeling, where ABT was all about the form-- so form and feeling. Gaseous states are much more, like, intrinsically motivated.What are you thinking?
sound very energy efficient to me especially if you're doing it at 50,000 coal plants across billions of tons of gaseous material if you would then you sort of separate it pressurize ittransport it hundreds if not thousands of miles in high pressure pipelines that
That was ABT, like, very much grounded. A gaseous state, of course, is just like everything's moving. Everything's formless. It's all about the feeling, where ABT was all about the form-- so form and feeling.
But I think the one thing that-- the point that I tried to make in my book, and I think the one thing that pretty much everybody can agree Cows are very gaseous animals, especially when they eat grass, because of the way their digestion works.
Has anyone read Steven Johnson's, "Where Good Ideas Come From"? He talks about gaseous states. They don't have as much form.
And so we have two basic kinds. We have gaseous planets. Jupiter is like a small star that didn't ignite.
Okay. The Pluto files, while I have strong opinions about how we should think about the solar system, I reserve those for the last chapter is it gaseous , does it have rings, is it in the habitable zone, does it have moons? We got to play 20 questions just
And here's spectra of three supernovae that I studied in the early 1990s. Jupiter is a big, gaseous , liquid thing.
And that allows us to determine the density of the planet. And that helps us identify if these planets are likely to be rocky versus gaseous , a lot of water versus a lot of iron. And there are astronomers who can use that information to determine what the compositional makeup of a planet or the planet's environment in which it's
possible? So I always like to joke that creativity is 2/3 reality, 1/3 possibility, right? Now, if you're in this gaseous state, it's like 3/3 possibility. But if you're over here in the solid state, it's 3/3 reality.
helpful, friendly intent, it can be interpreted more positively, really read the book, but I thought the questions were a little gaseous and and ill-phrased. And I was a little
of the conductors, in theory, you could basically light up one little cell that had neon gas or some other kind of gas in it. And the holy grail was can you make that gaseous cell have memory. And it would have-- essentially, you could set it in such a state that it would stay lit.
You execute the orange stuff. It has a solid fuel, but either a liquid or a gaseous oxidizer.
So Alonzo was the first one to teach me the balance of what I'm going to talk about today-- the balance of the creative process. So the creative process is not just all being in the right brain all the time and being in this incredible gaseous state. Has anyone read Steven Johnson's, "Where Good Ideas Come From"?
that, in fact, there's seasons to some of these things and the time that they taste best is when they're in fact coming out of the Mother Earth when Mother Earth planned on it, as opposed to being made in a gaseous environment with grow lights on it. Virtually all of our agriculture is now being run like green pot used to be run out of Northern California-- You put everything in a dark hole with a lot of light on it and it'll grow as quickly as you need and then you sell it. Two hundred dollars an ounce, it used to be. Now, it's
just hugging the sun. This is a newly discovered category of planets that has been called, again, without that much creativity, hot Jupiters. They are presumably giant planets, mostly gaseous like Saturn and Jupiter, but they are much closer to their stars than any of the planets is to the sun. and figuring
And he said that the entire asterism-- it's technically not called the constellation, but it's a little collection of stars-- that the entire star collection, which is shown here through the Hubble telescope, that this could be resolved into stars, even the glowing gaseous nebulosity, what we call nebulosity now. When, in fact, now we know that even with a much more powerful telescope, even the Hubble telescope, 50 times bigger in diameter than Galileo's,
So they had to come up with something else. And what they came up with was an idea that actually had been kicked around for quite a while, it turned out, of using gaseous discharge, gas plasma discharge in an-- if you built an array of conductors, one going vertically, one going horizontally, and you ran electricity through any intersection
But this is the opposite of Jupiter, which is chaotic gases. But right in between, in between the solid planets, totally solid, and the gaseous ones, there's this range of where you have a balance between the gravitational interaction and the electromagnetic, and that the planet can